Herşeye Lehim Tutturan Mucizevi Solüsyon HEMDE BEDAVA - Kendi Kullandığım!...

Summary

The video demonstrates how to make a homemade zinc chloride solution from used zinc carbon batteries and hydrochloric acid. This allows soldering to metals that don't normally take solder. The presenter warns about safety precautions when working with chemicals. He shows the process of extracting zinc from batteries, reacting it with hydrochloric acid to form zinc chloride, filtering the solution, and using it to successfully solder challenging materials like lithium batteries and frayed cables.

Takeaways

• 🔍 Proskit paste was tested for its claim to hold solder on surfaces typically resistant to soldering, but it failed to meet expectations.
• 👨‍🔧 The presenter offers to share a personal soldering solution for difficult-to-solder items in response to viewer requests.
• 🔬 The suggested solution involves zinc chloride, a homemade, cost-effective, and long-lasting alternative to conventional soldering pastes.
• 🏠 Essential components for the solution are readily available: zinc carbon batteries and hydrochloric acid (commonly known as salt spirit).
• 🔋 Specifically, zinc carbon batteries are needed, not alkaline batteries, and even used batteries can be repurposed for this solution.
• 🧪 The process of creating the solution involves safely extracting zinc from batteries and reacting it with hydrochloric acid to form zinc chloride.
• ⚠️ Safety precautions are emphasized, including using plastic gloves and goggles, and conducting the process in a well-ventilated area to avoid hydrogen gas hazards.
• 🛠 The presenter demonstrates the effectiveness of the zinc chloride solution on various materials, showing its superior soldering capability.
• ♻️ The video promotes recycling and reusing materials, showcasing how 'waste' can be transformed into valuable solutions.
• 📺 The presenter concludes by inviting viewers to like, subscribe, and comment on the video, indicating ongoing content related to technical and DIY projects.

Q & A

What is the purpose of the video?

The purpose of the video is to share a homemade solution called zinc chloride that can help solder metals that are difficult to solder with normal methods.

Where does the zinc come from to make the zinc chloride solution?

The zinc comes from the inside of cheap zinc carbon batteries. The batteries should not be alkaline batteries.

What safety precautions should be taken when making the solution?

Safety goggles and plastic gloves should be worn. It should be done in a well-ventilated area away from flames because hydrogen gas is released.

How is the zinc chloride solution made?

The zinc is removed from the batteries and placed in a plastic or glass container. Hydrochloric acid is then poured over the zinc to react with it and make zinc chloride solution.

How does the zinc chloride solution help soldering?

The zinc chloride allows solder to adhere to metals that it normally would not stick well to. It can help solder difficult metals like stainless steel.

What types of items were soldered in the video?

Small motors, lithium batteries, washers, nuts, and frayed cables were soldered using the zinc chloride solution.

What does the video say about the strength of the solder joints?

The video claims the solder joints made with the zinc chloride solution are very strong. It says weights could be hung from cables soldered this way without breaking the joint.

How is the leftover zinc chloride solution cleaned up?

The video recommends using a cellulose thinner to clean up any leftover residue from the zinc chloride solution after soldering.

What disclaimers does the video make?

It states the video creator did not invent this zinc chloride solution method, but learned it from his elders. The purpose is to share the information.

What is the call to action at the end of the video?

The video asks viewers to like, subscribe to the channel, and comment to support it if they found the information helpful.